Polytechnic of Turin
DIST
Former Head of Urban Environment, Sustainability and Climate Change at Erasmus University Rotterdam, and visiting researcher at University of Oxford, University of Cambridge and ETH Zurich, he is currently associate professor at Polytechnic of Turin and honorary fellow at University of Birmingham. Luca’s educational path covers Engineering, Architecture-Science of Cities, Economic Evaluations (Polytechnic of Turin), Urbanism (University of Campinas), Anthropology (University of Oxford), with two degrees summa cum laude, a PhD and a Post-PhD. He worked in projects for the World Bank, Asian Development Bank, European Commission, Engineering and Physical Sciences Research Council (EPSRC), Lincoln Institute of Land Policy, and for a Grand Challenges Small Grant (Future Urban Growth Lab) from University College London. His 11-year academic employment across continents, subjects, teams, and roles, gave him the privilege - despite temporally and personally costly - to build up an interdisciplinary touch in his work, thinking and teaching. He lived 10 years across Ireland, France, Netherlands, Spain, Australia, Brazil, Scotland, Uruguay, England, experiencing an enriching variety of social, physical and working environments. Research interests: Future Cities, Urban Forms, Evaluations, Urban Evolutionary Anthropology https://sites.google.com/view/lucadacci/future-cities

Presenter of 1 Presentation

PLANNING, ENVIRONMENTAL, ECONOMIC PERSPECTIVES OF URBAN ISOBENEFIT MORPHOGENESIS

Session Type
Academic Sessions
Date
02/23/2022
Session Time
09:30 AM - 10:40 AM
Room

Hall D

Lecture Time
10:00 AM - 10:10 AM

Abstract

Abstract Body

Isobenefit Urbanism is a libertarian paternalist planning approach based on a morphogenetic code inducing a 15-minute walking city where one can reach within 1km: natural land, shops, amenities, services and places of work. It does it by being semi-liberally driven by market forces and genius loci. The urban development and growth follow spontaneous or desired functional morphological patterns and densities across the urban planimetry, with infinites outputs satisfying the Isobenefit Urbanism design objective function. The latter is to reach an evenly walkability across every urban area, where everyone from everywhere can walk toward natural land, and her daily activities. The generated urban forms and spatial ratio distribution between cemented and green lands would have the potential to reduce urban heat island effects, flooding, particulates, commuting time, physical and mental urban illness linked to pollution, noise, forms of stress, car use. It also opens interesting discussion and simulations of real estate values distribution deserving investigations. A few simulations from an alpha version of this cellular automata code will be briefly discussed from planning, environmental and economic issues.

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